Laboratory Replication of Cosmological Redshift via Magnetic Vacuum Saturation: Experimental Protocol and Theoretical Predictions

Abstract This paper proposes an experimental verification of the Primary Energy (PE) Theory, offering an alternative mechanism to the standard cosmological model. We postulate that vacuum is not an empty void but a fundamental energy field. When the local energy density is artificially increased using a high-intensity magnetic field (B = 20 Tesla), the electromagnetic impedance of the vacuum changes. We demonstrate that this energy saturation induces a non-Doppler spectral shift ("tired light") in a laboratory setting. Calculations indicate that a 1-meter interaction length at 20 Tesla simulates the energy potential equivalent to approximately 28 light-years of intergalactic travel.